取扱説明書 - M
Contents
1. 0000000 000 430 0 Ix max 1 Ix avg max 2 Px max 3 Qx max 4 5 max 5 Ux min 6 PF min Incoming outgoing 7 OOO Tariff 00 0 Tariff OOO 420 0 incoming incoming HT 1 incoming L T 2 P outgoing P outgoing HT 3 _ P outgoing L T 4 Q inductive incoming Q inductive incoming 5 _ Q inductive incoming L T 6 Q capacitive outgoing Q capacitive outgoing H T 7 _ Q capacitive outgoing L T 6484 15 22 1 520 000 0000 TarffQ OOO Tariff 000 300 P incoming P incoming HT 302 incoming L T 304 P outgoing P outgoing HT 306 _ P outgoing L T 308 Q inductive Q inductive HT 3102. 00000 0000 19000 00000000000000000000000 00 00000000000000 0000 950 Logger status Bit 8 951 Number of logged measurands O 16000 952 Register address power failure 1 953 Register address power failure 2 954 Register address power failure 3 955 Register address power failure 4 956 Register address power failure 5 957 Register address power failure 6 958 Register address power failure 7 959 Register address power failure 8 960 Register address power failure 9 961 Register address power failure 10 0 0 0000 0 20 Values Storable Register range data set data sets 1 16000 1000 32999 2 8000 1000 32999 120 100008 000000000000 PO inc outg 2 ind capac
3. Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 egister 400 HL hightariff 10 low tariff 0000000000000 no 1 Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 O Register 400 00000000000000000000000000000000000 Energy Control rj n 00 500 en 000 4000 NM 6484 14 22 1 520 0000 402 Firmware version basic devce 214 Version 02 14 403 Firmware version extension module 102 Version 01 02 404 Hardware range limit current input 1001 1AQ 500 5A 405 Hardware range limit voltage input 1000 100 5000 500 V 406 Rated Frequency 10 16 2 12 2 50 2 40 60 Hz 8 2 0000 410 412 Device string 520 Sp 00000000
4. 160000 970 Reset 8 05 0000000000000000 8 15 6484 12 22 1 520 UI PI 00 5 0000 0000000000 45 000 65 00 2 001 000000000000 45 6 449971 65 01 0000000000
5. 0000 PF 00 PFO000000 0 4000 1 00 000000 0 900 90 000000000000 1 2 NM 6484 13 22 1 520 8615 1413121110 9 8 7 6 5 4 3 2 1 0 5 2 01 HL hightariff 10 low tariff 1 10 02 0 1 Bi Register 400 t15 1413121110 9 8 7 6 5 4 3 2 1 0 2 1 2 Config 0 Diga Config 1 og 000 OO 10 0000000 1000000 nan 10 yes E10000000 1000000000 OFFO 10 0 20 920 00 0000 2000000 10 ysl 20 000000 2000000000 10 ONO
6. 11100120 00 02 04 00 0A 01 02 rq 0 0 0 211100120 00 02 crc 320 00000 3020 00000 1090 0000000 Modbus O g 3 00000 00000 00000 00000 1 0 1700000 3020 30300000000 00000 00000 NM 6484 6 22 1 520 CRC Check Address Function Data 11H Code 80H 0000500600 CRC16 01H
7. 6484 1 22 1 520 0000 11111 2 _ 18 d 0 11111 m RS 485 5 232 RS 485 247 9600 1 RS 232 C T RS 485 NM 6484 2 22 1 520 01 000101 11 5200 000 520 1 5 OOO inputs and outputs power supply OOO 00000 520000 000000 5200 00 21000000000000000000 00000000 00000 000 000000 0000 4 6 000 0000000000000000 0 D 0 NM 6484 3
8. 02H 03H 04 CRC 0 000 64 tu void unsigned char dat NUMDATA 2 Message buffer unsigned char Crc HByteL Bytd unsigned int Cra Crc OxFFFF NUMDATA i0 0010 Crc CRC16 Crc data iT Crc LByte Crc amp OxOOFF T Low byte calculation Crc HByte Crc 6 OxF FOO 258 High byte calculation CRC16 calculation 2 unsigned int CRC16 unsigned int crc unsigned int data const unsigned int Poly16 0 001 unsigned int LSB i crc T erc data OxFFOO crc OxOOFF T Op ip LSB crc amp 0 0001 1 crc crc 2 if LSB crc ac Poly16 return crai 6484 7 22 1 520 GOOOOOOOOOOOO ISOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOA 3200000 320000000000 32000000000 14002000000 160000000000000
9. 3200000 3 Reg H Reg L RegH Reg L 31 30 23 2200 16 1500 uno 31 30 1615 l sign exponent mantissa mantissa 223 EM 1 sign 2U exponent 1261 000000 Reg L Reg H Hbyte Lbyte Hbyte Lbyte 2 00 1080 1090 0 20 00000000000000000000000000000000000 6484 8 22 1 520 milli 0 0 32 00030 30030 4D 30 30 30 40 o m 0 100 U1N 102 U2N 104 U3N 106 012 108 e 023 110 U31 112 m 114 11 116 e 12 118 e 120 lavg 122 e e 11 124 avg 12 126 avg 128 130 1 132 2 13
10. 52U TM Address Function CRC Check Start Address Nurrber of registers addr 03H high byte low byte high byte low byte crc16 Data Address Function Number of data bytes information CRC Check addr 03H 8 bts n 2registers 16 11 03 00 6 0002 0000 1700000 1080 10900 U120000 110304CC CD 4280 1080 0 107000000000000 000003200000000 200000000000000 08 000 000000000 Address Function pala CRC Check Sub Function Data addr 08H 0 0 high byte low byte 16 Address Function CRC Check Sub Function Information addr 08H 0 0 high byte low byte crc16 Hex 1108 00 00 AA 55 arc 110800 00 AA 55 Address Function I CRC Check Start Address registers Bytes Information addr 10H high low high low n n byte crc16 Data Address Function CRC Check Start Address registers addr 10H high low high low 16
11. 268 U31min 270 PFmin ind 272 PFmin cap 6484 10 22 1 520 mil nun 00000000000000 Tariff 000 300 P incoming P incoming HT 302 incoming L T 304 P outgoing P outgoing HT 306 _ P outgoing L T 308 Q inductive incoming Q inductive incoming HT 310 _ Q inductive incoming LT 312 Q capacitive outgoing Q capacitive outgoing H T 314 _ Q capacitive outgoing L T HT High tariffg LTO Low tariff 0000 0000 Tariff OOO Tariff OOO 320 16 100000000 Physical meter content Meter content 10 Wh or varh incoming 120561 x 4 Meter content 12056 x 10 Wh 12056 x 106 x 10 Wh 120 56 MWh 350 P int 0 352 P int 1 354 P int 2 356 P int 3 358 P int 4 360 Q int 0 362 Q int 1 364 Q int 2 366 Q int 3 368 Q int 4 370 S int 0 372 S int 1 374 S int 2 376 S int 3 378 S int 4 NM 6484 11 22 1 520
12. S1max 200 210 S2max S 152 5 S3 S3max Smax PF1 220 PF 23 PF 240 2 PFmin inc ind PFmin out ind 6 PF3 PFmin inc cp PFmin out cp Fmax 250 EPincHT 26 EPinc LT 0 270 EPout HTO 28 EPout LTO 290 8 EQ inc ind HT 300 EQ inc ind LT 31 EQ out cap HT 32 EQ out cap LTO 330 9 PF 3G P 370 35 34100 P 5 10 100 5 380 P2 39 P3 401101 411 02 421 03 430 Q3 11 12 02 1101 1 2 53 52 51 p thd U1 44 thd U2 450 thd U3 460 thd U1max thd U2max thd U3max T thd I1 47 thd I2 48 thd I3 490 thd llmax thd l2max thd l3max P inc int Trend 0 500 P inc intmax 510 P inc int 0 52 P inc int 1 0 53 P inc int 2 540 P inc int 3 55 4 0 560 P inc intmin P out intTrend 57 P out intmax 58 J P out int 0g 59 P out int 1 601 P out int 2 61 P out int 30 62 P out int 40 63 15 P out int min i6 Q inc ind int Trend 640 Q inc ind int max 65 Q inc ind int 0 66 Q inc ind int 1 670 Q inc ind int 2 68 Q inc ind int 3 690 Q inc ind int 4 700 Q inc ind int min Q out cap int Treng 71 Q out cap int max 721 Q out cap int 0 73 Q out cap int 11 740 Q out cap int 2 751 Q out cap int 3 760 Q out cap int 4 770 17 S intTrend 78 S intmax 791 S int 0 0 80 S int 1 811 S nt 2
13. 511 Q inc ind int min 16 Q out cap int Trend 521 Q out cap intmax 531 Q out cap int 0 541 Q out cap int 1 55 Q out cap int 2 561 Q out cap int 3 570 Q out cap int 4 58 T S intTrend 0 591 S intmax 60 S int O 611 S int 1 621 5 2 63 S int 3 64 S int 4 650 S intmin NM 6484 21 22 1 520 C d e f 9 Umax 01 10 Umin 2 10 lavg 0 20 Imax lavgmax 3 P 30 P max 4 Q 40 Qmax S 50 Smax PF er PF 70 6 PFmin inc ind PFmin out ind PFmin inc cp PFmin out cp Fmax 8 7 8 EPinc 9 EPinc LT 101 EPoutHT 11 EPoutLT 120 9 EQ inc ind HT 130 EQ inc ind LT 141 EQ out cap 15 EQ out cap LT 161 P 1710 18 PF 190 P 200 100 5 5 0 F thd U 211 thd Umax thd l 220 12 thd Imax 13 P inc int Trend 230 P inc intmax 24 P inc int 0 25 P inc int 1 26 P inc int 2 27 P inc int 3 28 P inc int 4 1 29 P inc int min u P outintTrend 300 P out intmax 31 P outint 0 32 P outint 1 33 P outint 2 34 P outint 3 35 P outint 4 0 360 P outintmin 15 Q inc ind int Treng 37 Q inc ind int max 38 Q inc ind int 0 390 Q inc ind int 1 40 Q inc ind int 7 410 Q inc ind int 8 420 Q inc ind int 430 Q inc ind int min 16 Q out cap int Trend 441 Q out cap intmax 45 Q out cap
14. Gvarh 92 Reactive energy LT Capacitive Pulse per varh 93 Pulse per kvarh 94 Pulse per Mvarh 95 Pulse per Gvarh 96 127 Reserved 127 WORD Logger Mode Reg 5400 9 Logger one time 1 Logger endless 10 11 Q interval will be logged Qind 11 1g P interval will be logged Pinc NM 6484 P19 22 1 Reg 538 high 520 150000 ag U10 020 1 000 40 f g h Q 3 U12max 012 0 50 60 121012 0101 0 U1 U2max U2min U23 U23max U23min UNE unb U 1102 U3 U3max U3min U31 U3lmax U31min UNEmax unb Umax 8 11 91 llavg 101 110 120 11 I2max I2avg I2avgmax IN 2112 I3max 13avg I3avgmax INmax 13 P1 13 Plmax 141 150 P2max P P3 P3max Pmax Q1 160 Q1max 170 180 2 4102 Q3 Q3max Qmax S1 19
15. P int 9 Q interval ind capac Q int Q int Q int 10 Sinterval S int S int Sint 11 Neutral current 12 Frequency F F F 6484 18 22 1 BYTE Diga_Config Reg 538 low Reg 539 high 520 Pulse 64 Active energy Incoming Pulse per Wh 65 Pulse per kwh 66 Pulse per Mwh 67 Pulse per GWh 68 Active energy L T Incoming Pulse per Wh 69 Pulse per kwh 70 Pulse MWh 71 Pulse per GWh 72 Active energy HT Outgoing Pulse per Wh 73 Pulse per kwh 74 Pulse per Mwh 75 Pulse per GWh 76 Active energy L T Outgoing Pulse per Wh 77 Pulse per kwh 78 Pulse per Mwh 79 Pulse per GWh 80 Reactive energy HT Inductive Pulse per varh 81 Pulse per kvarh 82 Pulse per Mvarh 83 Pulse per Gvarh 84 Reactive energy L T Inductive Pulse per varh 85 Pulse per kvarh 86 Pulse per Mvarh 87 Pulse per Gvarh 88 Reactive energy HT Capacitive Pulse per varh 89 Pulse per kvarh 90 Pulse per Mvarh 91 Pulse per
16. _ Q inductive LT 312 Q capacitive Q capacitive HT 314 _ Q capacitive L T utu OOO Tariff 0 00 320 Unit factor 00 00 meter 00000000 320000000000 20 00000000 00000000000 1608 000000000000000000000000000000 10000000000 lOOOOOOOOOOOOOMOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO 000000 NM 6484 16 22 1 520 6 Range pulsrate int 01 5000 output1 000 0 0 B B B pulse Wh or 500 pulsrate 10 int O 5000 output2 000000000 pulse Wh or 501 999 100 UPrimAnz int 502 999 100 USekAnz int 503 999 100 IPrimAnz int 504 999
17. int 0 461 Q out cap int 47 Q out cap int Z 480 Q out cap int 3 490 Q out cap int 4 500 17 S intTrend 511 S intmax 0 520 S intmin S int 0 0 530 Sint l 540 Sint 2 0 550 Sint 3 0 560 S nt 4 570 6484 22 22 1
18. 0 i00000000080000000000000001000000000 RS 485 12000 2400 48000 96001 192000000000000 000000000000100 000800000000000100000000 100000 800000000000 100000000 100000 800000000000 20 0000000 00000000000 1000000000 0000000000 10000080 5 485 0000000000000 0 52000000000000000000000 5 232 mululu 5 Address Function Data CRC Check 8000 8000 8000 16000 Modbus 0000000000000000 200000000 3500000000000000 00000000 0000000000 150 000000000000000000000 Pause Telegram1 gt Pause Telegram2 Pause Telegram3 etc Address 1 RS 4850 00000000 10 2471 RS 232 c0 000000000 2550000000000000 90000000000 Function Modbus Function 03H 08H 10H 6484 5 22 1 Hexpn d D D D
19. 00 xxx00001 xxx00010 00400000 10011 Arong xxx00011 30000000 00 00100 010 0 1 114101 10100 0 0 400000 00 6484 17 22 1 BYTE Config 52U TM 0000000000 RS 485 Moabus D J RS 232 C0 0000000000000 m000000000000000000000000000 00 Coding 508 2 0 Baudrate xxxxx000 1200 Bd xxxxx001 2400 Bd xxxxx010 4800 Bd xxxxx011 9600 Bd Xxxxx100 19200 Bd 4 3 Parity xxx0Oxxx 2 Stop Bits xxx01xxx EVEN xxx10xxx ODD 11 SPACE 1 Stop bit 6 5 Protocol x00xxxxx Modbus 7 Reserved BYTE Energy_Control 000 Coding 539 5 0 00000000 xx0000000 0 00000000000000 Q lowg XX 1 60 1 60 ming internal 7 6 00xxxxxx OFF 01 tariff 10xxxxxx BYTE Diga_Config Reg 538 low Reg 539 high 3003040 30 30 30 40 0 00000 00000 0000 0 Current 1 Average current l avg l avg l avg 2 Phase to phase voltage U LL 3 Phase neutral voltage U U LN 4 Active power P P P 5 Reactive power Q Q Q 6 Apparent power S S S 7 Power factor PF PE PF 8 P interval inc outg 0 P int P int
20. 100 ISekAnz int 505 UPrimPot char 3 1000000 506 USekPot 0 10000600 IPrimPot char 2 3 1000000 507 SekPot 2 10000600 5000000000 247 10 COM_Address BYTE 508 COM Config BYTE 01 0 47 ASCII 509 532 Diga GW _ close int 12000 12000 output1 jj 533 000 Diga GW _ close 10 int 12000 12000 output2 534 OFF UU D 000 1 12000 12000 Diga GW open 00 int 535 Diga GW open 11 int 12000 12000 output2 j 000 OFF DU D 536 Anz Hell BYTE 00 12 uu 537 System BYTE B EL C Bild Nr char 538 Diga Config BYTE output1 1 0 Diga Config 10 BYTE output2 00 539 Energy_Control BYTE 000 1 J Logger Mode WORD 540 11 Range 100 9990 10 U rimPt Vi 100 V 999 kV 20 Range 100 9990 10 5 100 V 999 V D 30 Range 100 9990 10 lt A 1 00 A 999 kA 40 Range 100 9990 10 5 1 00 A 999 A Configration via RS 232 C interface only 50 BYTE System Coding 00000 410 537 low 003000
21. 22 1 520 UO COU GU RS 4850 00000000000 RS 4850 00000000 3200000000000 85 232 00000000 00000000 gt 35226 25508 0000000 000000000000000000000000000000000000000 DU 6484 4 22 1 520 520 111 111 000 100000000000 g RS 485 5 000000 000000 5 4850 00000000000000000000000000000000 10 00000000000000000000000 12000 0000000000000 nun 1 520000 000 232 C0 00000000000000 Lc Lc 4 EJ oa T I LE Lt RS 232 C0 OOOO 0 00 0 5 232 L3 r3 L3 1 og LJ EI 208 08000000000 5 232 000000 9600
22. 4 136 138 1 140 Q2 142 144 146 _ 51 148 _ 52 150 53 152 e e 5 154 F e e 156 PF1 158 2 x E 160 162 164 6484 9 22 1 520 0 00 OOO 32 00200000 0000 0000 1000 00030 20030 30 30 30 40 200 Umax 202 U1Nmax 204 U2Nmax 206 U3Nmax am 208 U12max 210 U23max 212 U31max 214 Imax B 216 I1max 218 12 220 I3max 222 lavgmax 224 llavgmax 226 I2avgmax 228 230 INmax 232 1 234 2 _ 236 238 240 Q1max 242 2 244 _ 246 248 S1max 250 S2max 252 S3max _ 254 Smax 256 256 U1Nmin ES 260 U2Nmin 262 U3Nmin 264 U12min 266 U23min
23. 82 S int 3 0 83 S int 4 840 18 S intmin NM 6484 20 22 1 520 6 0 f g U12 01 U12max 11 U12min 20 1 023 U23max U23min U31 U3lmax U31min 11 3 l1 max 40 5 60 2112 I2max I2avg I2avgmax 1 1 I3avgmax 3 P 71 Pmax 4 Q 8f Qmax 5 5 91 Smax PF 100 PF 111 6 PFmin inc ind PFmin out ind PFmin inc cp PFmin out cp Fmax 120 7 8 EPincHT 13 EPoutHT 150 EPoutLT 160 9 EQ inc ind 170 EQ inc ind LT 181 EQ out cap HT 191 EQ out cap LT 200 211 UO 1221 PF 23 P 240 100 10 5 5 11 thd U12 251 thd U23 260 thd U31 271 thd U12max thd U23max thd U31max p thd I1 28 thd I2 291 thd I3 300 thd llmax thd l2max thd l3max 13 P inc int Trend 310 P inc intmax 32 P inc int 0 0 33 P inc int 1 341 P inc int 2 35 P inc int 3 36 P inc int 4 1 370 P inc int min u P outint Trend 380 P out intmax 39 P outint 0 40 P outint 1 1411 P outint 2 42 P outint 3 43 P outint 4 440 P outintmin 15 Q inc ind int Treng 450 Q inc ind int max 46 Q inc ind int 0 1 471 Q inc ind int 1 0 480 Q inc ind int 2 491 Q inc ind int 3 501 Q inc ind int 40
24. aa EE _ _ 000000 00000000 SZuNTD D D 52011 Modbus E E J 520 0 Modbus 0000 10 2 1 u 40 0000000 10 HR RR a 10 10 10 000000 100 5 0000000000000 93 o00000000000000000000000 m ra eae n 2 0000
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